The project focusses on design, optimization and control of a renewable power production system. The system consists of three main components; biogas generation and cleanup, conversion of biogas into bio-hydrogen and lastly, converting this hydrogen into electricity using a fuel cell. These three components are strongly coupled in terms of material recycle and energy integration. The project objectives will be to:

- Implement material and energy integration in integrated biogas-fuel cell-battery storage system for power production
- Pursue optimal design using superstructure optimization
- Design advanced control strategy to handle operational challenges